PH12019050280A1 - A biofertilizer for enhancing rice culture, fertilizer use efficiency and management of fungal and bacterial diseases in plants
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A biofertilizer for enhancing rice culture, fertilizer use efficiency and management of fungal and bacterial diseases in plants
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Application filed by Philippine Rice Res InstitutefiledCriticalPhilippine Rice Res Institute
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Agricultural Chemicals And Associated Chemicals
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Micro-Organisms Or Cultivation Processes Thereof
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Abstract
The present invention refers to the multi-rhizobia strains of Bacillus amyloliquefaciens FBMAX11, Bacillus megaterium FBMAX18 and Paenibacillus polymyxa FBMAX19 thereof, and the use of said strains as a biofertilizer "MULTI-MAX" for enhancing rice growth and improving efficacy-use of fertilizer and in controlling plant diseases caused by fungal and bacterial diseases. Further aspects of the invention relate to methods for preparing suspensions and extracts of these strains in the formulation of biofertilizer with east to use for the agricultural crops of interest, especially in rice, cereals and vegetables. Their 16S rRNA genomic sequences about 1500 bp indicate that their host plant interaction and their ecological fitness highly conserved, thus relevant to formulate a potential biofertilizer for the first time named as "MULTI-MAX".
PH12019050280A2019-11-272019-11-27A biofertilizer for enhancing rice culture, fertilizer use efficiency and management of fungal and bacterial diseases in plants
PH12019050280A1
(en)
Study the effects of biological and nitrogen fertilizers on yield and some morphological traits of two spring barley (Hodeum vulgare L.) varieties under rainfed conditions
Growth, yield and quality of chrysanthemum (Chrysanthemum morifolium Ramat.) cv. Dolly Orange as influenced by biofertilizers in combination with phosphorous